Shaltop2d - A SHALlow water depth-averaged numerical model for geophysical granular flows over complex TOPography

SHALTOP is a numerical code for solving depth-averaged Savage-Hutter equations (Saint-Venant type) that describe granular and fluid flows (landslides, debris flows, dam-break, etc.) over complex topography using different friction laws (Coulomb, Bingham, viscous, etc.).

 Francois BOUCHUT, Anne MANGENEY, Marc PERUZZETTO, Antoine LUCAS, Jacques SAINTE-MARIE

• -  Version 2003, Francois Bouchut, core of the method.

• -  Updates 2003-2007, Francois Bouchut, Anne Mangeney identification of new requirements such as steady states at rest, introduction of the μ(I) rheology, validation over laboratory granular flows and real landslides.

• -  Updates 2007-2014, Francois Bouchut, Anne Mangeney, Antoine Lucas, Input/output routines, data generation, computation of forces, visualisation, validation over a large series of natural and experimental cases, introduction of the μ(V ) and μ(v) rheologies..

• -  Updates 2017-2018, Marc Peruzzetto, Francois Bouchut, Jacques Sainte-Marie, Anne Mangeney, structuration of the code into fortran modules, new rheologies, output in vtk format.

• -  Version 2020-, Marc Peruzzetto, Francois Bouchut, Anne Mangeney, Viscosity.